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validation_Math_28
['Uncertain', 'Maybe', 'Unlikely', 'Probably not', 'No', 'Likely', 'Yes', 'Possibly']
G
Math
test_Math_11
['0.950', '0.985', '0.975', '0.970', '0.990', '0.980', '0.965', '0.960', '0.995']
I
Math
test_Math_170
['Z-test', 'One sample t-test', 'Chi-square test', 'None of the t-tests would be suitable', 'Dependent samples t-test', 'Analysis of Variance (ANOVA) test', 'Paired samples t-test', 'Independent samples t-test', 'Multiple samples t-test', 'Two sample t-test']
D
Math
test_Math_270
['2.7 feet per minute', '2.2 feet per minute', '2.1 feet per minute', '3.1 feet per minute', '2.4 feet per minute', '3.4 feet per minute', '2.9 feet per minute', '2.8 feet per minute', '3.2 feet per minute', '2.6 feet per minute']
E
Math
test_Math_290
['9.475', '7.256', '6.239', '4.828', '6.647', '10.568', '5.892', '7.991', '8.342']
A
Math
test_Math_80
['$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\cos({\\pi x})+1\\right)^{2}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,d x$', '$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin(\\frac{\\pi x}{2})+1\\right)^{2}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,d x$', '$V=2\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{2}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,dx$', '$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{2}-\\left(x^{4}+1\\right)^{2}\\,\\right]\\,d x$', '$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{2}-\\left(x^{2}+1\\right)^{2}\\,\\right]\\,d x$', '$V=2\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{3}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,d x$', '$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+2\\right)^{2}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,d x$', '$V=2\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{2}-\\left(x^{3}+2\\right)^{2}\\,\\right]\\,d x$', '$V=\\pi\\int_{\\,\\,0}^{\\,\\,1}\\left[\\left(\\sin({\\pi x})+1\\right)^{2}-\\left(x^{3}+1\\right)^{2}\\,\\right]\\,d x$']
B
Math
test_Math_492
['14', '8', '25', '7', '12', '10', '15', '11', '16', '9']
J
Math
test_Math_122
['$\\frac{BA}{EC}$', '$\\frac{EC}{CD}$', '$\\frac{CD}{BA}$', '$\\frac{EC}{BA}$', '$\\frac{BA}{EA}$', '$\\frac{EC}{EA}$', '$\\frac{CD}{EA}$', '$\\frac{EA}{EC}$', '$\\frac{EA}{CD}$', '$\\frac{EA}{BA}$']
F
Math
test_Math_247
['False', 'True']
A
Math
test_Math_164
['P4: x1 = 1.956, x2 = 5.998', 'P2: x1 = (5/2), x2 = 3', 'P1: x1 = (3/2), x2 = 3', 'P4: x1 = 2.5, x2 = 4.5', 'P1: x1 = 3, x2 = 3', 'P3: x1 = 1.956, x2 = 0.002', 'P2: x1 = 3, x2 = 4', 'P1: x1 = 2, x2 = 2', 'P2: x1 = 2, x2 = 4', 'P3: x1 = 1.5, x2 = 2.5']
B
Math
validation_Math_1
['0', '2', '3', 'Infinity', '-Infinity', 'Undefined', '-1', 'Not exist', '1']
H
Math
test_Math_201
['$\\angle ABC \\cong \\angle EFG$', '$\\angle CFB \\cong \\angle GEF$', '$\\angle DAB \\cong \\angle FGE$', '$\\angle ABF \\cong \\angle BFC$', '$\\angle EFB \\cong \\angle CFB$', '$\\angle CBF \\cong \\angle GFC$', '$\\angle CFG \\cong \\angle FCB$', '$\\angle BCF \\cong \\angle GFE$', '$\\angle FCB \\cong \\angle GEC$', '$\\angle BAF \\cong \\angle FCG$']
G
Math
validation_Math_16
['(2, 1)', '(1, 1)', '(1, 0)', '(3, 2)', '(2, 0)', '(2, 2)', '(3, 3)', '(3, 1)', '(0, 0)', '(0, 2)']
A
Math
test_Math_346
['TRUE', 'Only if it has an even number of vertices', 'FALSE', "Can't be determined without additional information", "Only if it's a complete graph", "Only if it's a tree", 'Depends on the number of edges', 'Depends on the number of vertices']
A
Math
test_Math_390
['$EKBCFGDH_A$', '$EHBCFGKD_A$', '$EDBKCFGH_A$', '$EBKCFGDH_A$', '$EKBCFGDH_D$', '$EDBCFGKH_B$', '$EHBCFGKD_B$', '$EKBCFGDH_B$', '$EDBCFGKH_C$', '$EDBCFGKH_A$']
J
Math
validation_Math_19
['{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_6$, $e_8$}', '{$e_2$, $e_4$, $e_8$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_5$, $e_7$, $e_8$}, {$e_6$, $e_8$}', '{$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_5$, $e_7$, $e_8$}, {$e_6$, $e_8$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_6$, $e_8$}, {$e_2$, $e_4$}', '{$e_1$, $e_8$}, {$e_2$, $e_3$, $e_8$}, {$e_3$, $e_7$}, {$e_5$, $e_7$, $e_8$}, {$e_6$, $e_8$}, {$e_2$, $e_3$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_5$, $e_8$}, {$e_6$, $e_8$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_6$, $e_8$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_3$, $e_7$}, {$e_5$, $e_7$, $e_8$}, {$e_6$, $e_8$}, {$e_2$, $e_4$}', '{$e_1$, $e_8$}, {$e_2$, $e_4$, $e_8$}, {$e_5$, $e_7$, $e_8$}, {$e_6$, $e_8$}']
C
Math
validation_Math_7
['(1), (3), (5), (6), (2), (4)', '(1), (5), (3), (4), (2), (6)', '(1), (3), (4), (5), (2), (6)', '(1), (2), (3), (4), (5), (6)', '(1), (4), (3), (2), (5), (6)', '(1), (3), (2), (4), (5), (6)', '(1), (4), (2), (3), (5), (6)', '(1), (3), (5), (2), (4), (6)', '(1), (2), (4), (3), (5), (6)', '(1), (2), (3), (5), (4), (6)']
D
Math
test_Math_279
['-2', '-1', '1', '0', '5', '2', "does not exist for h'(1)", 'not exist', '4', '3']
F
Math
test_Math_476
['2,5', '2,3', '1,2', '3,4', '4,3', '2,4', '2,2', '4,2', '3,3', '3,2']
B
Math
test_Math_115
['12', '22', '14', '10', '20', '16', '4', '8', '6', '18']
I
Math
validation_Math_5
['$\\int_{0}^{1.5}[g(x)-f(x)]\\,d x$', '$\\int_{0}^{1}[g(x)-f(x)]\\,d x$', '$\\int_{0}^{1.5}[f(x)-g(x)]\\,d x$', '$\\int_{1}^{2}[g(x)-f(x)]\\,d x$', '$\\int_{0}^{2}[g(x)-f(x)]\\,d x$', '$\\int_{0}^{2}[f(x)-g(x)]\\,d x$', '$\\int_{0}^{2}[f(x)+g(x)]\\,d x$', '$\\int_{0}^{1.5}[f(x)+g(x)]\\,d x$', '$\\int_{1}^{1.5}[f(x)-g(x)]\\,d x$', '$\\int_{0}^{1}[f(x)-g(x)]\\,d x$']
C
Math
validation_Math_14
['(a+b)/6+3', '(a+b-3)/6+3', '(a+b+6)/6', '(a-b+3)/6', '(-a-b)/6+3', '(-a-b+3)/6', '(-a+b+3)/6', '(a-b)/6+3', '(a+b+3)/6', '(-a+b)/6+3']
J
Math
test_Math_19
['2/3', '1/2', '3/2', '0', '3/4', '2', '1', '1/4', '5/4']
B
Math
validation_Math_4
['$y=\\sin 3\\pi x$', '$y=\\sin 2\\pi x$', '$y=\\cos 2\\pi x$', '$y=\\sec 2\\pi x$', '$y=\\tan 2\\pi x$', '$y=\\cot 2\\pi x$', '$y=\\cos \\pi x$', '$y=\\cos 3\\pi x$', '$y=\\csc 2\\pi x$', '$y=\\sin \\pi x$']
C
Math
test_Math_41
['60°', '40°', '20°', '55°', '35°', '25°', '30°', '50°', '15°', '45°']
G
Math
test_Math_257
['Omitting C is better', 'Both are equal', 'omitting A is better', 'Omitting both A and G is better', 'Omitting B is better', 'Neither provides a good lower bound', 'The answer depends on the specific values of the other nodes', 'omitting G is better']
H
Math
validation_Math_29
['2.7', '1.5', '2.5', '1.9', '2.0', '2.3', '1.7', '2.9', '2.1', '1.8']
D
Math
test_Math_12
['6.2 mm', '2.6 mm', '3.2 mm', '4.1 mm', '5 mm', '2.4 mm', '3.5 mm', '4.8 mm', '4.3 mm', '5.5 mm']
I
Math
validation_Math_22
['60', '209', '144', '157', '215', '162', '194', '115', '132', '178']
G
Math
test_Math_75
['A > B > C > D', 'C > D > A > B', 'B > C > A > D', 'A > C > B > D', 'B > C > D > A', 'B > A > C > D', 'C > B > A > D', 'D > C > B > A', 'D > A > B > C', 'B > D > A > C']
F
Math
validation_Math_17
['$\\theta = 4\\pi /3$', '$\\theta = \\pi /2$', '$\\theta = \\pi $', '$\\theta = \\pi /3$', '$\\theta = \\pi /4$', '$\\theta = 2\\pi $', '$\\theta = 5\\pi /6$', '$\\theta = 2\\pi /3$', '$\\theta = 3\\pi /2$', '$\\theta = 3\\pi /4$']
B
Math
test_Math_266
['112', '115', '113', '111', '114', '118', '110', '117', '116', '119']
C
Math
test_Math_224
['x = 0 and x = 1', 'x = 0', 'x = 3', 'x = 2', 'None of the above', 'x = -2', 'x = -1', 'x = -3', 'x = 1']
A
Math
validation_Math_20
['Graph G2 with vertices v1 to v8 and arcs including (v2, v5) and (v4, v8).', 'Graph G1 with vertices v1 to v8 and arcs including (v1, v3), (v2, v3) and so on.', 'Graph G2 with vertices v1 to v8 and no arc connecting A1 and A3.', 'Graph G1 with vertices v1 to v8 and arcs including (v2, v5), (v4, v8), and (v1, v6).', 'Graph G1 with vertices v1 to v8 and arcs excluding (v2, v5) and (v4, v8).', 'Graph G2 with vertices v1 to v8 and arcs including (v3, v7) and (v2, v6).', 'Graph G1 with vertices v1 to v8 and no arc connecting A2 and A4.', 'Graph G2 with vertices v1 to v8 and arcs excluding (v4, v8) and (v1, v3).', 'Graph G1 with vertices v1 to v8 and arcs including (v1, v3) and (v2, v5).', 'Graph G2 with vertices v1 to v8 and arcs excluding (v1, v3) and (v2, v5).']
A
Math
test_Math_435
['Introduce a very large amount in one of the zero boxes and calculate the total shipping cost.', 'Introduce a very small amount in one of the zero boxes and calculate the total shipping cost.', 'Consider only the indirect routes for shipment, ignoring the direct routes.', 'Assign a value of zero to the box with the smallest cost.', 'Increase the cost of the most expensive route to make other routes more viable.', "Assign a value of zero to the box with the d entry in the final solution if it's still present.", 'Consider only the direct routes for shipment, ignoring the indirect routes.', 'Remove the highest cost box to simplify the solution.', 'Assign a value of one to the box with the highest cost.', 'Remove all the zero boxes to simplify the solution.']
F
Math
validation_Math_25
['$\\theta $ = 1.221', '$\\theta $ = 0.785', '$\\theta $ = 1.047', '$\\theta $ = 1.475', '$\\theta $ = 0.853', '$\\theta $ = 1.178', '$\\theta $ = 1.396', '$\\theta $ = 1.570', '$\\theta $ = 0.524', '$\\theta $ = 1.309']
D
Math
test_Math_475
['0.58m/min', '0.64m/min', '0.69m/min', '0.70m/min', '0.61m/min', '0.60m/min', '0.52m/min', '0.72m/min', '0.67m/min', '0.55m/min']
B
Math
validation_Math_30
['$\\sqrt{2} - 1$', '$\\frac{\\sqrt{2}}{3}$', '$1-\\frac{\\sqrt{2}}{4}$', '$\\frac{1}{2}$', '$\\frac{2}{3}$', '$1-\\sqrt{2}$', '$\\frac{1}{3}$', '$2-\\sqrt{2}$', '$1-\\frac{1}{\\sqrt{2}}$', '$\\frac{3}{4}$']
H
Math
test_Math_282
['300', '720', '600', '1080', '540', '450', '900', '360', '270', '120']
E
Math
test_Math_18
['Yes', 'Insufficient information', 'Multiple answers possible', 'All tickets not used', 'Incorrect order', 'Partially correct', 'No', 'Some tickets used more than once']
A
Math
test_Math_56
['$450,000', '$500,000', '$200,000', '$550,000', '$350,000', '$250,000', '$600,000', '$300,000', '$150,000', '$400,000']
A
Math
test_Math_65
['15.2%', '17.6%', '19.2%', '20.1%', '14.3%', '13.7%', '12.9%', '12.5%', '16.4%', '18.5%']
E
Math
test_Math_393
['$\\overline{A E} \\cong \\overline{B E}$', '$\\overline{A D} \\parallel \\overline{B C}$', '$\\triangle A E C \\sim \\triangle B E D$', '$\\angle A C B \\cong \\angle C B D$', '$\\angle A E C \\cong \\angle B E D$', '$\\overparen{C B} \\cong \\overparen{D A}$', '$\\triangle A E C \\cong \\triangle B E D$', '$\\angle A D E \\cong \\angle B C E$', '$\\triangle C A E \\cong \\triangle D B E$', '$\\overparen{C A} \\cong \\overparen{D B}$']
C
Math
validation_Math_8
['4 boats of Type 1 and 2 boats of Type 2', '4 boats of Type 1 and 1 boat of Type 2', '7 boats of Type 1 and 0 boats of Type 2', '1 boat of Type 1 and 3 boats of Type 2', '2 boats of Type 1 and 3 boats of Type 2', '5 boats of Type 1 and 0 boats of Type 2', '3 boats of Type 1 and 2 boats of Type 2', '6 boats of Type 1 and 0 boats of Type 2', '3 boats of Type 1 and 1 boat of Type 2', '2 boats of Type 1 and 2 boats of Type 2']
F
Math
test_Math_504
['Earliest times: A-1, B-4, C-7, D-14, E-18, F-21, G-24, H-27; Latest times: A-1, B-5, C-8, D-16, E-20, F-24, G-28, H-31; Critical path: ACEGH', 'Earliest times: A-0, B-4, C-9, D-15, E-20, F-24, G-27, H-31; Latest times: A-0, B-5, C-10, D-16, E-22, F-25, G-28, H-32; Critical path: ABDEH', 'Earliest times: A-0, B-6, C-9, D-17, E-22, F-24, G-27, H-28; Latest times: A-0, B-8, C-9, D-17, E-23, F-25, G-27, H-28; Critical path: ACDGH', 'Earliest times: A-1, B-5, C-8, D-14, E-18, F-21, G-25, H-29; Latest times: A-1, B-6, C-9, D-15, E-20, F-24, G-28, H-32; Critical path: ACEFH', 'Earliest times: A-0, B-5, C-10, D-15, E-20, F-23, G-26, H-30; Latest times: A-0, B-5, C-10, D-15, E-21, F-23, G-26, H-30; Critical path: ABFGH', 'Earliest times: A-0, B-3, C-8, D-16, E-19, F-23, G-26, H-29; Latest times: A-0, B-4, C-8, D-17, E-20, F-24, G-27, H-30; Critical path: BCEFH', 'Earliest times: A-0, B-5, C-8, D-13, E-18, F-21, G-25, H-29; Latest times: A-0, B-6, C-9, D-14, E-20, F-24, G-28, H-33; Critical path: ABDEH', 'Earliest times: A-0, B-3, C-7, D-13, E-19, F-22, G-25, H-28; Latest times: A-0, B-5, C-8, D-15, E-21, F-26, G-30, H-33; Critical path: ABDGH', 'Earliest times: A-2, B-6, C-9, D-12, E-18, F-21, G-24, H-27; Latest times: A-2, B-7, C-9, D-13, E-18, F-22, G-24, H-27; Critical path: ADEGH', 'Earliest times: A-0, B-7, C-8, D-15, E-19, F-21, G-25, H-27; Latest times: A-0, B-7, C-9, D-17, E-23, F-26, G-29, H-32; Critical path: ABDFH']
C
Math
test_Math_341
['O-B, B-A, A-C, B-E, E-D, D-T', 'O-B, A-B, A-C, C-E, E-D, D-T', 'O-A, A-B, B-C, B-E, E-D, D-T', 'O-A, A-C, B-C, B-E, E-D, D-T', 'O-A, A-B, C-B, C-E, E-D, D-T', 'O-B, B-A, A-C, C-E, E-D, D-T', 'O-A, A-B, B-C, C-E, E-D, D-T', 'O-A, A-B, B-C, C-E, E-D, T-D', 'O-A, A-B, B-E, E-D, D-T, T-C', 'O-A, A-B, B-C, B-E, E-D, D-C']
C
Math
validation_Math_2
['(a) 3, (b) 3', '(a) 4, (b) 2', '(a) 3, (b) 1', '(a) 1,(b) 3', '(a) 1,(b) 2', '(a) 3, (b) 2', '(a) 2, (b) 3', '(a) 1, (b) 4', '(a) 2,(b) 2', '(a) 2, (b) 4']
G
Math
test_Math_189
['$35 million', '$50 million', '$45 million', '$55 million', '$10 million', '$25 million', '$40 million', '$30 million', '$20 million', '$15 million']
A
Math
test_Math_222
['$\\int_{3.250}^{5.340}h(t)\\,d t$', '$\\int_{3.500}^{5.450}h(t)\\,d t$', '$\\int_0^{3.694}h^{\\prime}(t)\\,d t$', '$\\int_{3.666}^{5.390}h(t)\\,d t$', '$\\int_{1.400}^{4.755}h^{\\prime}(t)\\,d t$', '$\\int_{2.890}^{5.450}h(t)\\,d t$', '$\\int_{1.355}^{4.650}h^{\\prime}(t)\\,d t$', '$\\int_{2.345}^{3.890}h^{\\prime}(t)\\,d t$', '$\\int_{1.855}^{4.900}h^{\\prime}(t)\\,d t$', '$\\int_{1.355}^{4.650}h(t)\\,d t$']
D
Math
test_Math_16
['$7\\pi$', '$6\\pi$', '$5\\pi$', '$9\\pi$', '$2\\pi$', '$16\\pi$', '$4\\pi$', '$3\\pi$', '$\\pi$', '$8\\pi$']
E
Math
validation_Math_27
['12', '13', '6.7', '2.4', '8', '15', '11', '7', '10', '9']
F
Math
validation_Math_3
['<image 2>', '<image 1>', '<image 3>']
A
Math
test_Math_165
['$6\\frac{3}{4}$', '$7\\frac{1}{4}$', '$8\\frac{3}{5}$', '$7\\frac{1}{2}$', '$5\\frac{1}{4}$', '$8$', '$4\\frac{3}{5}$', '$6\\frac{1}{2}$', '5', '$9\\frac{1}{2}$']
H
Math
validation_Math_12
['d_1^* = 0 and d_2^* = S_2 or S_3 and d_3^* = 0', 'd_1^* = 0 and d_2^* = S_2 and d_3^* = 0', 'd_1^* = S_1 or 0 and d_2^* = 0 and d_3^* = 0', 'd_1^* = S_1 and d_2^* = 0 and d_3^* = S_3', 'd_1^* = S_1 and d_2^* = S_2 and d_3^* = S_3', 'd_1^* = S_1 and d_2^* = S_2 and d_3^* = 0', 'd_1^* = 0 and d_2^* = S_2 and d_3^* = S_3', 'd_1^* = S_1 and d_2^* = S_2 and d_3^* = S_3 or 0', 'd_1^* = 0 and d_2^* = 0 and d_3^* = S_3', 'd_1^* = S_1 and d_2^* = 0 and d_3^* = 0 or S_3']
J
Math
test_Math_205
['$A G=B G$', '$\\angle B G C \\cong \\angle B G A$', '$A G=C G$', '$\\angle A E B \\cong \\angle A E C$', '$D G=E G$', '$\\angle A B G \\cong \\angle A E C$', '$\\angle D A B \\cong \\angle E A B$', '$\\angle A G B \\cong \\angle A G C$', '$\\angle D B G \\cong \\angle E B G$', '$B G=D G$']
I
Math
test_Math_22
['2/3', '3', '1/3', '0', '4', '3/2', '1/4', '1', '2', '1/2']
H
Math
test_Math_436
['5:4', '8:3', '2:1', '6:5', '5:3', '5:2', '4:3', '7:3', '3:2', '1:1']
C
Math
validation_Math_24
['r = R/3', 'r = 3R/2', 'r = 5R/3', 'r = R/4', 'r = 2R/3', 'r = R/5', 'r = 3R', 'r = 4R/3', 'r = R/2', 'r = 2R']
E
Math
test_Math_209
['65ft', '100ft', '75ft', '37.5ft', '80ft', '35.5ft', '45ft', '50ft', '150ft', '60ft']
C
Math
validation_Math_26
['$\\int_{0}^{a}\\left[b-f(x)-g(x)\\right]d x$', '$\\int_{0}^{a}\\left[g(x)-b+f(x)\\right]d x$', '$\\int_{0}^{a}\\left[f(x)-g(x)\\right]d x$', '$\\int_{0}^{a}\\left[b-g(x)+f(x)\\right]d x$', '$\\int_{0}^{a}\\left[f(x)-b+g(x)\\right]d x$', '$\\int_{0}^{a}\\left[b+g(x)-f(x)\\right]d x$', '$\\int_{0}^{a}\\left[g(x)+f(x)\\right]d x$', '$\\int_{0}^{a}\\left[b-g(x)-f(x)\\right]d x$', '$\\int_{0}^{a}\\left[b+g(x)+f(x)\\right]d x$', '$\\int_{0}^{a}\\left[g(x)-f(x)\\right]d x$']
D
Math
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